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Results: 1-9 |
Results: 9
THE DIFFERENTIATION OF THE SEROTONERGIC NEURONS IN THE DROSOPHILA VENTRAL NERVE CORD DEPENDS ON THE COMBINED FUNCTION OF THE ZINC-FINGER PROTEINS EAGLE AND HUCKEBEIN
Authors: DITTRICH R BOSSING T GOULD AP TECHNAU GM URBAN J
Citation: R. Dittrich et al., THE DIFFERENTIATION OF THE SEROTONERGIC NEURONS IN THE DROSOPHILA VENTRAL NERVE CORD DEPENDS ON THE COMBINED FUNCTION OF THE ZINC-FINGER PROTEINS EAGLE AND HUCKEBEIN, Development, 124(13), 1997, pp. 2515-2525
THE ORIGIN, LOCATION, AND PROJECTIONS OF THE EMBRYONIC ABDOMINAL MOTOR-NEURONS OF DROSOPHILA
Authors: LANDGRAF M BOSSING T TECHNAU GM BATE M
Citation: M. Landgraf et al., THE ORIGIN, LOCATION, AND PROJECTIONS OF THE EMBRYONIC ABDOMINAL MOTOR-NEURONS OF DROSOPHILA, The Journal of neuroscience, 17(24), 1997, pp. 9642-9655
THE EMBRYONIC CENTRAL-NERVOUS-SYSTEM LINEAGES OF DROSOPHILA-MELANOGASTER .2. NEUROBLAST LINEAGES DERIVED FROM THE DORSAL PART OF THE NEUROECTODERM
Authors: SCHMIDT H RICKERT C BOSSING T VEF O URBAN J TECHNAU GM
Citation: H. Schmidt et al., THE EMBRYONIC CENTRAL-NERVOUS-SYSTEM LINEAGES OF DROSOPHILA-MELANOGASTER .2. NEUROBLAST LINEAGES DERIVED FROM THE DORSAL PART OF THE NEUROECTODERM, Developmental biology, 189(2), 1997, pp. 186-204
HUCKEBEIN IS REQUIRED FOR GLIAL DEVELOPMENT AND AXON PATHFINDING IN THE NEUROBLAST-1-1 AND NEUROBLAST-2-2 LINEAGES IN THE DROSOPHILA CENTRAL-NERVOUS-SYSTEM
Authors: BOSSING T TECHNAU GM DOE CQ
Citation: T. Bossing et al., HUCKEBEIN IS REQUIRED FOR GLIAL DEVELOPMENT AND AXON PATHFINDING IN THE NEUROBLAST-1-1 AND NEUROBLAST-2-2 LINEAGES IN THE DROSOPHILA CENTRAL-NERVOUS-SYSTEM, Mechanisms of development, 55(1), 1996, pp. 53-64
THE EMBRYONIC CENTRAL-NERVOUS-SYSTEM LINEAGES OF DROSOPHILA-MELANOGASTER .1. NEUROBLAST LINEAGES DERIVED FROM THE VENTRAL HALF OF THE NEUROECTODERM
Authors: BOSSING T UDOLPH G DOE CQ TECHNAU GM
Citation: T. Bossing et al., THE EMBRYONIC CENTRAL-NERVOUS-SYSTEM LINEAGES OF DROSOPHILA-MELANOGASTER .1. NEUROBLAST LINEAGES DERIVED FROM THE VENTRAL HALF OF THE NEUROECTODERM, Developmental biology, 179(1), 1996, pp. 41-64
NEW NEUROBLAST MARKERS AND THE ORIGIN OF THE ACC PCC NEURONS IN THE DROSOPHILA CENTRAL-NERVOUS-SYSTEM/
Authors: BROADUS J SKEATH JB SPANA EP BOSSING T TECHNAU G DOE CQ
Citation: J. Broadus et al., NEW NEUROBLAST MARKERS AND THE ORIGIN OF THE ACC PCC NEURONS IN THE DROSOPHILA CENTRAL-NERVOUS-SYSTEM/, Mechanisms of development, 53(3), 1995, pp. 393-402
COMMITMENT OF CNS PROGENITORS ALONG THE DORSOVENTRAL AXIS OF DROSOPHILA NEUROECTODERM
Authors: UDOLPH G LUER K BOSSING T TECHNAU GM
Citation: G. Udolph et al., COMMITMENT OF CNS PROGENITORS ALONG THE DORSOVENTRAL AXIS OF DROSOPHILA NEUROECTODERM, Science, 269(5228), 1995, pp. 1278-1281
THE FATE OF THE CNS MIDLINE PROGENITORS IN DROSOPHILA AS REVEALED BY A NEW METHOD FOR SINGLE-CELL LABELING
Authors: BOSSING T TECHNAU GM
Citation: T. Bossing et Gm. Technau, THE FATE OF THE CNS MIDLINE PROGENITORS IN DROSOPHILA AS REVEALED BY A NEW METHOD FOR SINGLE-CELL LABELING, Development, 120(7), 1994, pp. 1895-1906
A COMMON PRECURSOR FOR GLIA AND NEURONS IN THE EMBRYONIC CNS OF DROSOPHILA GIVES RISE TO SEGMENT-SPECIFIC LINEAGE VARIANTS
Authors: UDOLPH G PROKOP A BOSSING T TECHNAU GM
Citation: G. Udolph et al., A COMMON PRECURSOR FOR GLIA AND NEURONS IN THE EMBRYONIC CNS OF DROSOPHILA GIVES RISE TO SEGMENT-SPECIFIC LINEAGE VARIANTS, Development, 118(3), 1993, pp. 765-775
Risultati: 1-9 |